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FEM - General organization
| UCUE : |
O6E71 |
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| Course title : |
Finite Element Method |
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| Instructor : |
Prof. Hakim NACEUR |
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E-mail: hakim.naceur<AT>insa-hdf.fr |
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Phone: 1307; Office: B13 - CLJ2 |
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Website: http://naceurh.free.fr |
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| Assistants: |
Prof. Laurent DUBAR |
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E-mail: laurent.dubar<AT>uphf.fr |
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Mrs. Zahra BOURAMDANE |
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E-mail: Zahra.Bouramdane<AT>uphf.fr |
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Mr. Liwaa ABOUCHAKRA |
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E-mail: Liwaa.AbouChakra<AT>uphf.fr |
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| Date: |
April 17, 2024 |
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| Teaching: |
Lectures 10.5 h; Tutorial classes 10.5 h; Practical classes 12 h |
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| Evaluation: |
Exam 50%; Practical works 25%; Homework Project 25% |
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| Course schedule: |
Lectures: Wednesday 12h30-14h00 |
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Tutorial class TD1 GCB: Wednesday 14h00-15h30 |
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Tutorial class TD2 ME: Wednesday 15h30-17h00 |
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Tutorial class TD3 ME: Wednesday 17h00-18h30 |
Motivations for O6E71 unit
The finite element method is now widely used in all industrial sectors concerned with mechanical problems. Its application plays an important role in early design projects of complex mechanical systems. For any engineer involved in projects using finite element modeling, it is essential to acquire basic knowledge: fundamentals of the method, formulation of a basic finite elements, difficulties linked to use in an industrial context. The use of Commercial software is also an important step in learning the finite element method.
Objectives
Understanding the foundations of the finite element method.
Mastering the formulation of standard finite elements: rod, beam, plate, shell, solid.
Developing a critical analysis on a finite element model and on the obtained results.
Be aware of the difficulties associated with the use of numerical models for industrial problems.
Mastering ANSYS finite element software for the simulation of industrial problems.
Expected results
know the foundations of the finite element method and the formulation of some standard elements
be able to develop a critical analysis on a finite element model and on the obtained results
be able to deal with an academic or industrial problem using a commercial finite element software, in linear static and normal modes analyses.
Syllabus
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Class
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Date
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Lecture
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1
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17 Apr. 2024
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Introduction to the finite element method
1D Rod finite element
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2
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24 April 2024
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2D/3D Rod finite element
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3
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15 May 2024
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2D beam finite element
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4 |
22 May 2024 |
3D beam finite element
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5
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29 May 2024
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2D solid finite element
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6
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05 June 2024
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3D solid finite element
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7
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12 June 2024
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A first approach for plate and shell elements
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14 June 2024
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Deadline for submitting Homework project reports |
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24 June 2024
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week of Exam
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Tutorial classes
1D Rod finite element
2D/3D Rod finite element
2D beam finite element
3D beam finite element
T3 finite element for plane elasticity
Q4 finite element for plane elasticity
3D solid finite element/ Exam revision
Practical classes
FE simulation of a truss
FE simulation of a 3D frame
FE simulation of 2D elasticity
FE simulation of axisymmetric shells
FE simulation of 3D thermomechanical problem
FE simulation of plates assembly
Software
ANSYS Student version to download from :
( https://www.ansys.com/academic/students)
Exam
The exam date is set for the week of 24 june 2024. All documents are authorized, provide a calculator!
For any information concerning the planning of the exam, please contact the secretary of INSA HdF.
References
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